Precision XOC will incrementally test clock offsets at each voltage point until it detects instability or corruption in the image, at which point it will set the highest previously stable point as the offset for that specific voltage. If you have seen or used software-based overclocking tools like the ones that ASUS includes in its AI Suite tools, then the process for the GTX 1080 will seem familiar.
The OC Scanner is the tool and I most excited about. As you might guess, this allows users to manually input the offset for each voltage offset / column.You can adjust the grade of this slope so you can have higher offsets at lower voltages that taper off as the voltage increases, for example. This will you to set a linear increase in the offset from the lowest to the highest voltage point.This will overclock the GTX 1080 like GPU Boost 2.0 did – applying a set offset to all voltage points.To take advantage of that capability, tools like Precision X are going to be updated to allow users to manually set those offsets by voltage points AND will include a tool that will attempt to auto-overclock your graphics card at each voltage point based on parameters you set! Three modes will now be available in EVGA’s Precision XOC. The base clock on the GTX 1080 is 1607 MHz with a rated Boost clock of 1733 MHz and in my testing we saw actual clocks range from 1865 MHz to 1630 MHz or so. Out of the box, GPU Boost 3.0 will perform nearly identically to previous GPU Boost technologies, increase the Boost clock until the GPU hits a limit of temperature or power.
#4K THE TALOS PRINCIPLE BACKGROUNDS UPGRADE#
Overclocking on Pascal and the GTX 1080 will get a nice upgrade thanks to GPU Boost 3.0. GPU Boost 3.0, Overclocking, HDR and Display Support
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